Device for generating molecular hydrogen for domestic and industrial applications

Abstract

The present invention relates to an advanced portable system for generating molecular hydrogen, designed to enrich water with hydrogen gas. The device uses an optimized electrolysis technique to infuse hydrogen into water, providing significant antioxidant and alkalizing benefits. Although initially designed for domestic use, the modular and scalable design of the system allows its application in industrial and commercial settings, providing customised solutions for water treatment at various scales. The core technology of the invention can adjust the concentration of molecular hydrogen dissolved in water, allowing the user to control the level of hydrogenation as necessary. This is crucial for adapting the device to various water quality requirements across multiple sectors, including healthcare, hospitality and industrial processing. The system is also designed to be extremely energy-efficient, using low-power components to reduce environmental impact and operating costs. The novelty of this invention lies not only in its hydrogenation functionality, but also in its ability to raise the pH of water, although this feature is involved as a secondary benefit. The invention primarily aims to provide a consistent and effective source of hydrogen-enriched water, known for its beneficial effects in reducing oxidative stress, improving cellular hydration and potentially supporting the prevention of various age-related conditions. This system represents a significant advancement in water treatment technology and aims to transform the accessibility of high-quality hydrogenated water for both individual consumers and broader industrial applications.

Description

[0001] MOLECULAR HYDROGEN GENERATION DEVICE FOR DOMESTIC AND INDUSTRIAL APPLICATIONS

[0002] Field of invention

[0003]

[0001] The field of the invention pertains to water treatment, purification, and water quality optimization technology, specifically the development and implementation of systems for the infusion of molecular hydrogen into water. This invention addresses techniques and devices that improve water quality by enriching it with gaseous hydrogen, offering benefits both in the domestic context and in industrial and commercial applications.

[0004] Fundamentals of the invention

[0005]

[0002] The fundamentals of the invention lie in the use of electrolysis to dissolve hydrogen gas in water, a process that not only improves the water's antioxidant profile but can also positively influence its pH, leaving the water with its molecules structured in a hexagonal shape. The key innovation of the proposed technology is the ability to adjust and control the amount of hydrogen infused, allowing for customized applications according to the specific needs of the user or the operating environment.

[0006]

[0003] This modular and scalable system can be adapted to different volumes of water, from small containers in domestic use to large systems integrated in industrial processes, including, but not limited to, beverage industries, medical and spa treatments, and industrial processes that require high quality purified and hydrogenated water.

[0007]

[0004] The differentiating component of this system is its energy efficiency and adaptable design, which allows its integration into existing infrastructures with minimal modification, standing out in the hydrogenation and water purification market for its technological innovation and contribution to health and well-being in multiple contexts.

[0008]

[0005] This field and fundamentals of the invention lay the foundation for a number of innovative applications where water quality is crucial, and where molecular hydrogen can play a key role in improving living standards and public health. Brief description of the drawings

[0009]

[0006] This summary refers to the technical figures accompanying the patent documentation for the molecular hydrogen generation device, detailing each key component as identified in the drawings.

[0010] Figure 1: Electrode Turns

[0011] • Technical Description: The coils represented serve primarily as a cathode. This component is formed by conductive wires such as titanium, 316L stainless steel, gold, platinum, etc., wound in a spiral shape, optimizing the contact surface with the water for the efficient production of hydrogen by electrolysis.

[0012] • Operability: The cathode configuration is designed for safety and effectiveness, and although the polarity can technically be reversed without risk of electrical shock due to the low operating voltage (12 volts), standard practice is to keep the turns as the cathode for consistency and safety.

[0013] Figure 2: Insulator

[0014] • Technical Description: The insulator acts as a dielectric barrier between the cathode and the anode, ensuring that there is no short circuit or inappropriate current flow between them.

[0015] • Functionality: In addition to separating the electrodes, the insulator provides additional safety to the user, maintaining the integrity of the circuit even under continuous operating conditions.

[0016] Figure 3: Light Indicators (LEDs)

[0017] • Technical Description: The light indicators, marked as LED, serve as a visual interface for the user, signaling the operation of the device.

[0018] • Features: These LEDs are integrated into the device handle, typically located near the handling area, and illuminate to indicate that the device is active and electrolysis is occurring.

[0019] Figure 4: Power Supply

[0020] • Technical Description: The power supply is a component that converts alternating electrical energy, from a standard 110 or 220 volt input, into a 12 volt direct current output, suitable for the safe operation of the device. • Versatility: Designed to be universal, the power supply can be replaced or adapted, as long as it meets the technical output specifications for the correct operation of the device.

[0021] Figure 5: Anode

[0022] • Technical Description: Although in practice the coils are the cathode, the anode is equally essential to the electrolysis process. Depending on the polarity applied, the anode can be the complement of the coils, typically a conductive tube that can also be made of titanium, 316L stainless steel, gold, platinum, etc., positioned safely and strategically.

[0023] • Adaptability: The anode function is versatile and can be reversed depending on the polarity, showing the flexibility of the device design.

[0024] Description of the invention

[0025]

[0007] The present invention represents a significant advancement in water treatment technology through the generation of molecular hydrogen. This document details an innovative system designed to optimize the infusion of hydrogen into water, providing significant health and wellness benefits, in addition to improving water quality. The device described herein combines advanced electrolysis principles with a modular and scalable design, making it suitable for a wide range of applications, from domestic use to large industrial systems.

[0026]

[0008] The purpose of this detailed description is to provide a clear and complete understanding of the components, functionalities, and operational processes of the device. This detailing includes the specification of materials, design configurations, and technological innovations that not only differentiate this invention within the water treatment market, but also highlight its efficiency, effectiveness, and adaptability.

[0027]

[0009] Every aspect of the device will be examined, from introducing the individual components to explaining how these components work together to achieve water hydrogenation. Additionally, the control and monitoring systems that allow users to easily adjust the device to meet their specific needs, ensuring optimized operation and consistent results, will be covered.

[0028]

[0010] This description also includes information on validation testing that confirms the device's effectiveness, as well as details on the maintenance required to ensure long-term durability and performance. Completing this section is a discussion of the environmental and safety considerations associated with the use and operation of the device, reinforcing the invention's commitment to sustainable and safe practices.

[0029]

[0011] By the end of this detailed description, readers are expected to have a complete overview of the inner workings and benefits of the molecular hydrogen generation device, highlighting its applicability and superiority over existing technologies.

[0030]

[0012] 1. Device Overview:

[0031]

[0013] The device covered by this patent is an innovative system for generating molecular hydrogen in water, designed to significantly improve the quality and therapeutic properties of consumed water. This advanced system uses an electrolysis method to infuse molecular hydrogen into water, offering an effective solution for reducing oxidative stress and promoting cellular health.

[0032]

[0014] Key Features: Efficient Hydrogenation: Through the electrolysis chamber, the device breaks down water molecules (H2O) to release hydrogen gas (H2), which is then dissolved in the water. This technique allows for optimized hydrogen saturation, achieving levels that maximize antioxidant effects without altering other chemical properties of the water.

[0033]

[0015] Modular Design: The modular design of the device allows for easy integration into various environments, from domestic water purification systems to large industrial structures. Modularity facilitates system maintenance and expansion, allowing users to add more electrolysis modules as needed to increase hydrogenated water production capacity.

[0034]

[0016] Safety and Durability: Constructed with high-quality, durable materials, the device is designed to operate safely under a variety of environmental conditions. All components are certified to meet strict safety and efficiency standards, ensuring a long life cycle and reduced maintenance needs.

[0035]

[0017] This device overview highlights its advanced functionality and innovative design, which not only raises the bar for treated water quality but also offers an adaptable and efficient solution to the challenges faced by existing water hydrogenation systems. Through a combination of cutting-edge technology and sophisticated engineering, this device sets a new benchmark in water treatment technology.

[0036]

[0018] 2. Device Components

[0019] This subtopic details the fundamental components that make up the molecular hydrogen generation device, explaining the functions and technical specifications of each part. The simple yet effective design allows for efficient and reliable operation of the system.

[0037]

[0020] Main Components

[0038]

[0021] Metal Structure:

[0039]

[0022] Materials: The device can be manufactured in various metals with high conductivity and corrosion resistance, including titanium, 316L stainless steel, gold, platinum, etc. These materials are used to form the coils that act as a cathode.

[0040]

[0023] Function: Metal coils are essential for electrolysis, where water molecules are separated to release hydrogen.

[0041]

[0024] Anode:

[0042]

[0025] Material: Stainless steel tube, which can be placed in a standard or inverted way without affecting functionality.

[0043]

[0026] Function: Serves as an anode in the electrolysis process, completing the electrical circuit necessary for the generation of hydrogen.

[0044]

[0027] The cathode and anode functions can be inverted, in order to maintain the same objective, which is to hydrogenate and structure the water molecules, leaving them in a hexagonal shape.

[0045]

[0028] Plastic Insulator:

[0046]

[0029] Function: Isolates the cathode from the anode to prevent short circuits and ensure that electrolysis occurs in a controlled and safe manner.

[0047]

[0030] LED Indicator:

[0048]

[0031] Function: Provides a visual indication of the device's operation, facilitating operational verification by the user.

[0049]

[0032] Features: The LED can be any color, chosen based on aesthetic preference or availability.

[0050]

[0033] Power Supply:

[0051]

[0034] Specification: Powered by a 12V DC source, capable of operating in a range of 6V to 45V.

[0035] Function: The power supply is dual voltage (110 or 220V), converting the energy to 12V DC required for electrolysis. Varying the output voltage allows you to adjust how quickly the water is hydrogenated.

[0052]

[0036] Power Consumption: Very low, ranging from 7W to 11W in the standard model, which is ideal for home and healthcare use.

[0053]

[0037] Operating Current:

[0054]

[0038] Specification: Current ranges from 45mA to 90mA, depending on the amount of minerals present in the water.

[0055]

[0039] Function: This variation in current helps adjust the device to different water qualities, ensuring efficient hydrogenation regardless of water conditions.

[0056]

[0040] This set of components, with its specific design and material, ensures that the device not only generates molecular hydrogen effectively, but also does so with extremely low energy consumption and with great durability and safety.

[0057]

[0041] 3: Operating Principle

[0058]

[0042] This subtopic describes the operating principle of the molecular hydrogen generation device, detailing how the components interact to produce molecular hydrogen in water efficiently and safely.

[0059]

[0043] Electrolysis Process: The heart of the device is the electrolysis process, where water (FLO) is decomposed into oxygen (O2) and hydrogen gas (H2). The device uses an electrode configuration, composed of a metal coil cathode and a stainless steel tube anode, to facilitate this chemical reaction.

[0060]

[0044] Activation: When the device is powered by the 12V DC source, an electric current passes through the electrodes. The voltage can be adjusted from 6V to 45V, depending on the desired speed of hydrogenation and the characteristics of the water used.

[0061]

[0045] Cathode Reaction: At the cathode, hydrogen ions (H +) present in water gain electrons (reduction), forming gaseous hydrogen molecules (H2), which are released into the water.

[0062]

[0046] Reaction at the Anode: Simultaneously, at the anode, water molecules lose electrons (oxidation), releasing gaseous oxygen (O2) and hydrogen ions (H + ). Oxygen is released into the atmosphere, while hydrogen ions move toward the cathode to participate in the reduction reaction.

[0047] Status Indication: An LED indicates operational status, providing a quick visual check for the user. The LED illuminates when the device is operating and may change color or flash to indicate different operating modes or maintenance alerts.

[0063]

[0048] This operating principle not only ensures efficiency in generating molecular hydrogen, but also safety and ease of use, making the device suitable for a wide range of applications, from domestic use to professional and industrial environments.

[0064]

[0049] 4: Hydrogenation Process

[0065]

[0050] This subtopic explores in detail the process by which the device generates molecular hydrogen in water, explaining the steps involved and how the design of the device facilitates this process efficiently.

[0066]

[0051] Hydrogenation Steps

[0067]

[0052] Process Start: When the device is activated, electric current flows through the electrodes configured in the system (coil cathode and stainless steel tube anode). The power supply provides the energy needed to start water electrolysis.

[0068]

[0053] Water Electrolysis: During electrolysis, water is broken down into its elemental components, hydrogen and oxygen. Hydrogen is produced at the cathode, where hydrogen ions in the water gain electrons and form hydrogen gas (H2). This hydrogen gas begins to accumulate in small bubbles in the water.

[0069]

[0054] Releasing Hydrogen into Water: The hydrogen bubbles formed rise through the water and are dispersed in the solution, increasing the concentration of molecular hydrogen in the water. The efficiency of this process is influenced by the applied voltage and the quality of the water.

[0070]

[0055] Process Optimization

[0071]

[0056] Voltage Adjustment: The voltage can be adjusted between 6V and 45V, allowing you to control the speed of the electrolysis reaction and, consequently, how quickly hydrogen is generated. Higher voltages can speed up the process, ideal for situations where rapid hydrogenation is required.

[0072]

[0057] Continuous Monitoring: The control system monitors water quality and other operating parameters to dynamically adjust electrolysis. This ensures consistent hydrogenation even with variations in water characteristics or operating demand.

[0058] Visual Feedback: The LED incorporated into the device serves as a visual indicator of the hydrogenation process. Changes in the color or blinking pattern of the LED can inform the user of the process status or alert to operating conditions that require attention.

[0073]

[0059] Benefits of Hydrogenation

[0074]

[0060] Natural Antioxidant: Hydrogen-enriched water acts as a powerful antioxidant, helping to neutralize free radicals and reduce oxidative stress in the body.

[0075]

[0061] Improved Hydration: Molecular hydrogen can improve hydration effectiveness by increasing water absorption by cells.

[0076]

[0062] Health Support: Studies suggest that hydrogenated water may offer benefits for several health conditions, including improved athletic performance and reduced inflammation.

[0077]

[0063] This hydrogenation process not only enriches the water with molecular hydrogen, but also does so in a controlled and safe manner, ensuring that users enjoy the benefits of hydrogenated water without the hassle.

[0078]

[0064] 5: Control and Monitoring System

[0079]

[0065] This subtopic describes the control and monitoring system of the molecular hydrogen generation device, emphasizing its simplicity and effectiveness without resorting to unnecessary technological complexities.

[0080]

[0066] Simplified Monitoring System

[0081]

[0067] LED Indicator:

[0082]

[0068] Function: The device is equipped with a simple LED that serves as an operation indicator. The presence of the LED lit means that the device is active and working correctly.

[0083]

[0069] Features: The LED provides an immediate visual check of the operational status. If the LED is lit, the device is on and producing hydrogen; if it is off, the device is off.

[0084]

[0070] Direct Visualization of Hydrogenation:

[0085]

[0071] Function: Directly observing hydrogen gas bubbles forming in water serves as a natural indicator of the hydrogenation process. This is a direct and effective method for monitoring hydrogen production.

[0072] Characteristics: The amount of bubbles formed provides a visual indication of the intensity of electrolysis and the amount of hydrogen being generated. The more minerals present in the water, the more intense the hydrogen production.

[0086]

[0073] Operational Simplicity

[0087]

[0074] Easy Operation: There is no need for complicated adjustments or continuous monitoring by the user. Operating the device is as simple as checking that the LED is lit and observing the formation of bubbles in the water.

[0088]

[0075] Reduced Maintenance: The simplicity of the system also translates into maintenance. With no complex electronics or adjustments required, maintenance is limited to ensuring the device is clean and functional.

[0089]

[0076] 6: Modular Design and Configuration

[0090]

[0077] This subtopic describes the design and modular configuration of the molecular hydrogen generation device, highlighting its simplified and adaptable construction, designed to facilitate maintenance, adaptation and integration into diverse usage environments.

[0091]

[0078] Modular Structure

[0092]

[0079] Simplified Construction:

[0093]

[0080] Function: The modular construction of the device allows for easy maintenance and replacement of components if necessary. This makes the device highly adaptable and easy to use in different contexts, from domestic to more industrial.

[0094]

[0081] Features: Modularity also facilitates future upgrades or design modifications without the need to replace the entire device. This is ideal for users who may require different configurations based on usage.

[0095]

[0082] Ease of Installation and Use:

[0096]

[0083] Function: The modular design ensures that the device can be easily integrated into existing water systems without the need for significant changes. This includes the ability to operate independently or as part of a larger filtration system.

[0097]

[0084] Features: Components such as the LED indicator and the intuitive design of the electrolysis system allow for simple installation and operation, without the need for specialized technicians.

[0085] Advantages of Modular Configuration

[0098]

[0086] Cost-effectiveness: Modularity allows users to invest in additional components as needed, avoiding the upfront cost of a large, complex system. This also makes it easier to expand the system without major additional expense.

[0099]

[0087] Customization as Needed: Users can customize or expand their hydrogen generation system as their specific needs change, such as increasing hydrogen production capacity or adapting the device to different types of water.

[0100]

[0088] Simplified Maintenance: With easily accessible and replaceable components, device maintenance becomes less technical and more accessible to the average user, which increases device longevity and reduces the need for professional technical assistance.

[0101]

[0089] This modular design not only improves the functionality and adaptability of the device, but also ensures that it can be efficiently maintained and updated, maintaining its relevance and effectiveness over time in a variety of applications.

[0102]

[0090] 7: Technical Innovations

[0103]

[0091] This subtopic highlights the technical innovations incorporated into the molecular hydrogen generation device, with special focus on the ability to hydrogenate even distilled water, a remarkable achievement given that distilled water traditionally does not support effective electrolysis due to the absence of minerals.

[0104]

[0092] Advanced Hydrogenation Capability

[0105]

[0093] Hydrogenation of Distilled Water:

[0106]

[0094] Challenge: Distilled water, because it does not contain minerals, generally does not conduct electricity efficiently, which makes the electrolysis process for generating hydrogen difficult.

[0107]

[0095] Innovation: The device was specially designed to overcome this limitation. In tests, it was shown to be capable of efficiently hydrogenating distilled water, contrary to expectations based on traditional electrolysis principles.

[0108]

[0096] Mechanism: Through adjustments to the electrode configuration and optimization of the electrical current, the device can induce electrolysis even under conditions where electrical conductivity is extremely low.

[0097] Improved Electrode Technology:

[0109]

[0098] Function: The electrodes used in the device are made of highly efficient materials such as platinum, gold, or 316L stainless steel, which not only improve the effectiveness of electrolysis but also ensure durability and corrosion resistance.

[0110]

[0099] Features: These electrodes are designed to maximize the surface area in contact with water, thus increasing hydrogenation efficiency even under suboptimal conditions, such as in distilled water.

[0111]

[0100] Impact and Benefits

[0112]

[0101] Increased Versatility: This ability to hydrogenate distilled water significantly broadens the applicability of the device, making it useful in situations where only distilled water is available or preferred, such as in certain medical or laboratory contexts.

[0113]

[0102] Operational Efficiency: The ability to operate efficiently in a wider range of water conditions reduces usage limitations, allowing more users to benefit from molecular hydrogen therapy without concerns about the type of water available.

[0114]

[0103] Technical Innovation: The ability to hydrogenate distilled water is proof of the technological advancement that the device represents in the field of water purification and enrichment, highlighting the development team's ability to overcome traditional technical barriers.

[0115]

[0104] This set of innovations not only demonstrates the commitment to continuous improvement and technological efficiency, but also ensures that the molecular hydrogen generation device remains at the forefront of water treatment solutions, providing extensive benefits to its users.

[0116]

[0105] 8: Security and Compliance

[0117]

[0106] This subtopic addresses the safety measures integrated into the molecular hydrogen generation device and compliance with applicable regulatory standards, ensuring that the device is safe for use in a variety of environments.

[0118]

[0107] Built-in Security Measures

[0119]

[0108] Insulation and Protection of Electrodes:

[0120]

[0109] Function: Prevent short circuits and ensure that electrolysis occurs without risk of electric shock or other hazards.

[0110] Features: The device uses an effective plastic insulator between the cathode and the anode, preventing any direct contact that could cause electrical failures.

[0121]

[0111] LED Operation Indicator:

[0122]

[0112] Function: To provide a clear and immediate visual indication when the device is in operation, helping to prevent inappropriate use.

[0123]

[0113] Features: The LED not only informs about the operational status, but also helps in identifying faults or incorrect functioning of the system.

[0124]

[0114] Automatic Shutdown Mechanisms:

[0125]

[0115] Function: Protect the device and the user in case of abnormalities during operation, such as overvoltage or overheating.

[0126]

[0116] Features: Fuses in the power supply when the source is connected to 110 / 220V.

[0127]

[0117] User Education and Information

[0128]

[0118] Manuals and Instructions:

[0129]

[0119] Includes detailed documentation on the safe operation, maintenance and care necessary to ensure the longevity and effectiveness of the device.

[0130]

[0120] This information helps users better understand how to use the device safely and efficiently.

[0131]

[0121] This focus on safety and compliance ensures that the device not only offers therapeutic benefits through the hydrogenation of water, but also that its use is safe and regulated, providing users with confidence in the integrity and quality of the product.

[0132]

[0122] 9: Device Applications and Benefits

[0133]

[0123] This subtopic details the various practical applications of the molecular hydrogen generation device and the significant benefits it offers to the health and well-being of users, emphasizing its versatility and the wide range of scenarios in which it can be used.

[0134]

[0124] Diversified Applications

[0135]

[0125] Domestic Use:

[0126] Description: Ideal for families who want to improve the quality of water consumed at home, the device can be easily integrated into kitchens or domestic water systems.

[0136]

[0127] Benefits: Provides hydrogen-rich water that can help improve hydration, reduce oxidative stress, and promote a healthier lifestyle.

[0137]

[0128] Clinical Environments:

[0138]

[0129] Description: Can be used in clinics and hospitals to provide hydrogenated water to patients, supporting health treatments and recovery.

[0139]

[0130] Benefits: Molecular hydrogen has been associated with reducing inflammation, improving cognitive functions and strengthening the immune system.

[0140]

[0131] Workspaces and Offices:

[0141]

[0132] Description: Installation in offices to offer hydrogenated water to employees, contributing to a healthier work environment.

[0142]

[0133] Benefits: May increase energy and concentration, reduce fatigue, and improve overall well-being of workers.

[0143]

[0134] Sports Applications:

[0144]

[0135] Description: Used by athletes and training centers for improved hydration during and after intense exercise.

[0145]

[0136] Benefits: Helps with rapid muscle recovery, reduces lactic acidosis and improves athletic performance.

[0146]

[0137] Health Benefits

[0147]

[0138] Natural Antioxidant: Hydrogenated water acts as a powerful antioxidant, helping to neutralize harmful free radicals and reducing oxidative stress.

[0148]

[0139] Improved Nutrient Absorption: The presence of hydrogen in water can facilitate the absorption of nutrients by the body's cells, improving nutrition and overall health.

[0149]

[0140] Immune System Support: Regular consumption of hydrogen water can strengthen the immune system, helping to prevent illness and infection.

[0141] Digestive Health Promotion: Studies suggest that molecular hydrogen may improve gastrointestinal health by reducing inflammation and promoting digestive health.

[0150]

[0142] This device not only transforms ordinary water into a source of health through hydrogen infusion, but also offers a versatile and beneficial tool for a variety of users and scenarios, making it a valuable component in any health and wellness regimen.

[0151]

[0143] 10: Maintenance and Care

[0152]

[0144] This subtopic addresses best practices for maintenance and care necessary to ensure optimal operation and longevity of the molecular hydrogen generation device. It details simple procedures users can follow to keep the device in excellent working order.

[0153]

[0145] Maintenance Procedures

[0154]

[0146] Regular Cleaning:

[0155]

[0147] Description: It is crucial to perform regular cleaning of the device to avoid the accumulation of minerals and other impurities that can affect the efficiency of electrolysis.

[0156]

[0148] Procedure: The device should be cleaned using a solution of water and vinegar (two parts water to one part vinegar), completely submerging the coil in the liquid for up to two hours. After immersion, use a toothbrush to gently remove any remaining residue.

[0157]

[0149] Checking the LED Indicator:

[0158]

[0150] Function: The LED indicator is a useful tool for monitoring device activity. If the LED does not light up when the device is powered on, this may indicate a problem that requires further investigation.

[0159]

[0151] Action: Verify that the device is properly connected to the power source and that there is no visible damage. Consult the user manual for troubleshooting or contact technical support if the problem persists.

[0160]

[0152] Essential Care

[0161]

[0153] Proper Operation: Ensure the device is always completely submerged during operation to prevent damage to electrical components. Never operate the device out of water.

[0154] Storage: When not in use, store the device in a dry, safe place. Avoid exposure to direct sunlight or extremely high or low temperatures.

[0162]

[0155] Regular Inspections: Perform regular visual inspections to check for signs of wear or corrosion. Replacing worn or damaged components is crucial to maintaining the effectiveness and safety of the device.

[0163]

[0156] Benefits of Proper Maintenance

[0164]

[0157] Sustained Efficiency: Keeping the device clean and well-maintained ensures that it continues to operate at peak efficiency, consistently producing hydrogen-rich water.

[0165]

[0158] Failure Prevention: Preventative maintenance can help prevent device failures, reducing the need for costly repairs or replacements.

[0166]

[0159] Product Longevity: Proper care and regular maintenance significantly extend the life of the device, ensuring that users can enjoy the benefits of hydrogen water for many years.

[0167]

[0160] Proper maintenance and care are critical to ensuring that the molecular hydrogen generation device continues to operate effectively and safely, maximizing the return on investment for users.

[0168]

[0161] 11: Environmental Considerations and Sustainability

[0169]

[0162] This subtopic addresses the features of the molecular hydrogen generation device that contribute to environmental sustainability, highlighting how it is designed to minimize ecological impact and promote environmentally conscious practices.

[0170]

[0163] Energy Efficiency

[0171]

[0164] Low Energy Consumption:

[0172]

[0165] Description: The device operates with remarkable energy efficiency, consuming between 7W and 11W in the standard model. This low power consumption is essential to reduce the carbon footprint and operating costs associated with its use.

[0173]

[0166] Benefit: The energy efficiency of the device not only decreases the environmental impact, but also makes the use of molecular hydrogen accessible and practical to a wider audience, including those concerned about sustainability.

[0167] Use of Sustainable Materials

[0174]

[0168] Durable Construction:

[0175]

[0169] Materials: The choice of materials such as titanium, 316L stainless steel, gold and platinum not only provides durability and corrosion resistance, but also ensures that the device has a long service life, reducing the need for frequent replacement.

[0176]

[0170] Benefit: Using durable, high-quality materials helps reduce waste as components do not need to be replaced frequently, promoting a more sustainable approach to resource consumption.

[0177]

[0171] Waste Minimization

[0178]

[0172] Waste-Free Hydrogen Production:

[0179]

[0173] Process: The generation of molecular hydrogen through the device does not produce chemical or physical waste, unlike traditional water treatment methods that may involve harmful chemicals.

[0180]

[0174] Benefit: This clean and green method of water enrichment not only protects the health of users but also prevents environmental contamination, aligning with sustainable development practices.

[0181]

[0175] Contribution to Global Sustainability

[0182]

[0176] Carbon Footprint Reduction: By decreasing reliance on high-powered electrical devices and promoting a system that utilizes energy efficiently, the device helps reduce the overall carbon footprint.

[0183]

[0177] Promoting Sustainable Health: By providing hydrogenated water that supports human health without negatively impacting the environment, the device aligns with long-term sustainability and public health goals.

[0184]

[0178] This device not only meets the needs of its users effectively, but also does so in a manner that respects and promotes environmental sustainability, demonstrating a commitment to preserving natural resources and protecting the planet.

[0185] Examples of embodiments of the invention

[0186]

[0179] The invention described in this document is a portable molecular hydrogen generation device. This equipment is designed to optimize the dissolution of molecular hydrogen in water, promoting therapeutic benefits widely documented by scientific research. The following are specific examples of how this invention can be implemented, as well as the advantages over existing technologies.

[0187]

[0180] Preferred Form of Embodiment

[0188]

[0181] The preferred way of carrying out this invention is through a device composed of:

[0189]

[0182] A rod-shaped main body manufactured from high-quality conductive materials such as titanium, gold, 316L stainless steel, or platinum. Coils that function as a cathode when submerged in water, with a complementary anode to facilitate electrolysis. A plastic insulator physically separates the cathode and anode. An LED indicator shows the device's operational status. A dual-voltage power supply (110 or 220V) converts to 12V DC, which can also be adapted for use in vehicles via a 12V connection. This device is designed to be simple and effective, minimizing maintenance while maximizing molecular hydrogen production.

[0190]

[0183] Comparative Test Results: Internal tests were conducted comparing the device's performance with competing devices, focusing primarily on the speed and effectiveness of molecular hydrogen production and oxidation-reduction potential (ORP). The results demonstrated that the device can achieve an ORP of -400 mV in just 2 minutes, a significantly higher efficiency compared to other products on the market, which typically achieve lower levels of ORP reduction in the same time frame.

[0191]

[0184] Documented Benefits: People who used the devices reported improvements in water quality, noting that the treated water had a more pleasant taste and provided feelings of increased energy and general well-being. These testimonials are consistent with the scientific literature that points to the benefits of consuming water enriched with molecular hydrogen.

[0192]

[0185] Final Considerations: With this evidence, we hope to clearly demonstrate the novelty and inventive applicability of the device, aligning our invention with the requirements for granting patents in Brazil.

Claims

CLAIMS 1. Hydrogen Generation Method: a. Claim: A unique method for generating molecular hydrogen using direct water electrolysis, which can be applied even to distilled water without the presence of minerals. b. Protection: Ensures exclusivity in the use of electrolysis technology that does not rely on additives or electrolyte solutions for efficient hydrogen production.

2. Device Design: a. Claim: A specific electrode configuration, including noble material coils and a modular system that allows for easy adaptation and maintenance. b. Protection: Protects the layout and assembly of the device components, ensuring exclusivity in the construction and marketing of the innovative design. Secondary Claims 3. Use of Specific Materials: a. Claim: The use of titanium, 316L stainless steel, gold, and platinum in the electrodes to maximize durability and electrolysis efficiency. b. Protection: Ensures exclusive rights to the choice of high-performance materials for critical device components.

4. Versatile Applications of the Device: a. Claim: The applicability of the device in various contexts, including home, clinical, sports and work environments. b. Protection: Protects the multifunctional use of the device, restricting others from marketing similar products that target these same uses without infringing the patent.

5. User Interface Technologies: a. Claim: User interfaces that facilitate the control and visualization of device operating status, including the use of indicator LEDs. b. Protection: Grants exclusivity in the use of specific interface systems for the operation and monitoring of hydrogen generating devices.

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